200417343 狄、發明說明： t發明所屬之技術領域】 發明背景 本發明係有關於滑件總成，且特別是有關於用於滑動 5總成之軸承間隔件。 〔先前】 有時被稱為抽屜滑件之滑件總成通常係被用來將抽 展、設備或物件可伸長地安裝於支架或櫃子上，在這些應 用中，一如抽屜之物件係利用可伸長之滑件來安裝在另— ίο如樞子之物件上。該等滑件通常包括至少兩可互相相對地 滑動或轉動的可伸長滑動構件，通常，一滑動構件係與， 例如，-櫃子連接且另-滑動構件係與，例如，一抽履連 接。有時係使用-抽屜滑件總成，但通常是使用兩抽展滑 件總成，接著，該抽履可由該櫃子中向外拉出，且該抽廢 15係由該等伸長之滑件支持。 在k些應用中，使該等滑動構件將一由該抽屜所承载 之負載可靠地且重覆地傳遞至該櫃子通常是有利的，當該 等抽履在該櫃子之關閉位置上、在由該樞子之伸長之開啟 位置與在其間之點時’該負載傳遞應是穩定且可重覆的。 2〇此外，由該等抽展滑件所達成之該負載傳遞功能應可在該 等滑件重覆伸長之情形下維持一段長時間。 -種由-蚊於減之抽㈣動構件與—蚊於一樞 手之抽展滑動構件可靠且重覆地傳遞—負載的方法是藉由 與該等滑動構件結合之軸承來達成，較佳地，在操作該滑 件總成期間’該等㈣係A部份保持在互相相對之位置 中’並且被適當地定位。該等軸承經常使用轴承間隔件互 ::地定位’該等軸承間隔件通常將軸承定位在互相相 可再：::定位置上。此外 '通常該等軸承間隔件係以-2衫式使用，可再循_意思是指料抽屜滑件之 开”關閉，即，使該等抽屜滑件循環 隔件重置於—特殊位置。這通常是發生在完二= 片穿出該滑件時。 讀後方，或-凸 不幸地’該荨軸承間隔件备 件之端部所施加在該間隔件==地撞擊該抽㈣ 滑件之使用壽命時尤在稍微 擊該歸滑件之端料會發出K二轴承間隔件撞 關閉抽屜滑件而產生之噪音通常二必H由於開啟與 Γ潑^明内溶1】 發明概要 種抽展滑件總成，該抽屜滑 本舍明之一特徵係提供 第 滑動構件，各滑動 件總成包含：一第二滑動構件與一 構件具有-長形平坦連接部，且科 〜、 之相對邊緣被-第-軸承軌道與 ，TWD者錢接部 且該等軸承軌道係大致沿著該;坦連:=圍住’並 轴承間隔件，具有—第in/長向延伸；— 至少-位在該等第—端與該第二端^’―軸承扣持部與 軸承，係設置在該轴承間隔件=可撓部；及多數 氣扣持部中，且該等軸 200417343 承係與該等第一軌道或該等第二軌道滾動結合。 5 本發明之另一特徵是提供一種抽屜滑件總成，該抽屜 滑件總成包含··一第一滑動構件，具有一被第—與第二臂 圍住之長形平坦連接部，且該等第一與第二臂係由該連接 部延伸出來且分別形成第一滑動構件第一與第二軸承軌 道；一第二滑動構件，具有一被第一與第二臂圍住之長/ 平坦連接部，且該等第一與第二臂係由該連接部 = 且分別形成第二滑動構件第一與第二轴承軌道. ίο 隔件，具有-由被端部圍住之中間部，且該中㈣^間 可雜段與-軸承扣持段;及多數軸承，係位在二括— 隔件之轴承扣持段中，其中該等軸亥該轴承間 道或該等第二軸承軌道滚動結合。…“―轴承執 本發明之另一特徵是提 15 大致直線之軸承軌道中，且包含:種輪_隔件，係用於-至少一可壓縮部，俜用以扣持軸承之裝置； 軸承，係位在該用 與該軸承執道滾動結合。 其中該專軸承係 本發明之另一特徵是提供一 20 抽履滑件總成中，且包含：隔件，係用於一 與該第一端部相對；一 ▲端邻，一第二端部，係 -舆第二端部之間；及二#扣持部’係位在該等第 與第二端部之間。 3夕固壓縮部，係位在該等第一 本發明之賴料供 滑件總成包含：一第—、、A氣槐1抽屜滑件總成，該抽屜 /月勤構件，夏女 一有一長形平坦連接部， 7 且该平坦連接部係沿其長向被_第_軸承軌道與―第二轴 承軌道圍住；-第二滑動構件，具有—長形平坦連接部， 且該十坦連接部係沿其長向被_第_軸承軌駐一第二轴 =執道圍住；及—轴承間隔件，具有-第-端部，-與該 第如口_對之第—端部，一或多個位在該等第一與第二 W之間的軸承扣持部，_或多個位在該等第—斑第二端 部之間的可撓部，及-或多個與該等第-與第二滑動構件 之各軌道滾動結合的軸承。 大致之另徵係提供—種軸承間隔件，係用於一 大致直線轴承執道中， 一用以扣持轴承之$置1:圍住該間隔件之相對端部； 彈性裝置4乡數料’/賴^扣絲承之裝置的 且與該轴承軌道滾動結合在該用以扣持軸承之裝置内 本發明之另一招:料β 1 子軸承，且^. ί疋提供一種軸承間隔件，係用以滾 端部相對；弟―端部；一第二端部，係與該第一 與第二端部之n承扣持段，具有—孔且位在該等第一 本發明之1上盘U士壓縮部；及多數滾子軸承。 更完整地了解。〜~徵可在檢視包括附圖之說明後 圖式簡單說明 示本發明之三件式伸縮滑件； I示第鳴之滑件之橫截面圖； =示本發明之輪承間隔件； 弟圖顯示本發明之另— 200417343 第5圖顯示本發明之又一軸承間隔件； 第6圖顯示使用本發明之軸承間隔件之下掛式抽屜滑 件； 第7圖顯示可用於第6圖之滑件中之軸承間隔件； 5 第8圖顯示一類似於第7圖者且使用切槽扣持之軸承間 隔件； 第9圖顯示本發明之再一轴承間隔件； 第10圖顯示本發明之另一軸承間隔件； 第1M3圖顯示具有本發明之互鎖特微之軸承間隔件； 10 第14-16圖顯示本發明之包括強化支持構件之轴承間 隔件； 第17-19圖顯示本發明之具有模製彈性結構之軸承間 隔件；及 第20圖顯示具有使用一可壓縮結構形成之軸承的軸承 15 間隔件。 C實施方式】 較佳實施例之詳細說明 第1圖顯示本發明之具有多數軸承間隔件的抽屜滑 件，如圖所示，第1圖之抽屜滑件是一三件式伸縮滑件。如 20 同許多伸縮滑件一般，第1圖之滑件包括一與一中間滑動構 件13可滑動地結合之内滑動構件11，且該中間滑動構件13 再與一外滑動構件15可滑動地結合。該内滑動構件與該中 間滑動構件以及該中間滑動構件與該外滑動構件均係藉由 多數軸承17結合，因此，該等滑動構件亦可謂互相可滚動 9 200417343 地結合。 該内滑動構件、中間滑動構件與外滑動構件具有大致C 形之橫截面，且係大部份地互相套置。因此，該内滑動構 件具有一滑動構件連接部19，且該滑動構件連接部19沿著 5 一平坦連接部之長向的邊緣具有弧形軸承軌道21。該中間 滑動構件亦具有一平坦連接部23，且該平坦連接部23沿該 平坦連接部之長向之邊緣具有弧形轴承軌道25。類似地， 該外滑動構件亦具有一平坦連接部27，且該平坦連接部27 沿該平坦連接部之長向之邊緣具有弧形軸承執道29。軸承 10 結合該等内與中間滑動構件之軸承軌道，且轴承亦結合該 等中間與外滑動構件之軌道。 使用時，外滑動構件通常係與一櫃子或一支架結合， 且該内滑動構件則通常與一抽屜或用以由該支架伸出之其 他物件結合。 15 第2圖顯示第1圖之滑件的橫截面，如圖所示，該橫截 面顯示大致C形之内滑動構件、中間滑動構件與外滑動構 件，且多數轴承結合由該等滑動構件之平坦連接部的執道。 請再參閱第1圖，例如，與該等中間與外滑動構件結合 之轴承，係設置在軸承間隔件31中。如圖所示，使用多數 20 軸承間隔件，且多組轴承設置在軸承間隔件内。通常，該 等轴承間隔件沿著該抽屜滑件之長向延伸，並且具有多數 可收納軸承的凹部或孔。如此，該等轴承間隔件可保持與 該等軸承間隔件相連之轴承於一互相相對之預定位置。在 第1圖所示之軸承間隔件中，該軸承間隔件另包括多數在該 10 5 10 15 20 承間隔件之長向上的缺 在該轴承間隔件内的彈性’遠等缺口可有效地提供— 沿其長向稍微壓縮 ^缺口亦使該軸承間隔件可 隔件是-大劲明之一軸承間隔件之實施例，該軸承& 收納多數球件。多數在該長雜㈣之孔101; 亦沿其長向具有多數I 轴承間隔件係二成對地相對設置。雖然言等缺口❹性之_製成，但是聋 件在—力絲料 Μ可以稍微壓縮。此外，在該抽 :： 的位置使力量：件之長向上之缺C 更句勻地施加於該等缺D週圍之間隔隔件受損之可能性。另外，利蝴 地二與二間隔件之兩端產生⑼ tr祕’錢其困難。又，令產生雜之缺口七 7之間可在_承受該_件限制而無法進行平3 私動日守在一線性平面中壓縮。 如圖所示：該間隔件可收納六個球輪承，用以容納奉 承之二個孔係沿著該問IJ5从 e A 間％件之長向直線地配置在該間隔和 =·相對缺°係形成在三個孔之間，使_ 之夕數對缺口的優點是可由多數彈性構件來分 細力。200417343 D. Description of the invention: [Technical field to which the invention belongs] BACKGROUND OF THE INVENTION The present invention relates to a slider assembly, and more particularly to a bearing spacer for a sliding 5 assembly. [Previously] Slide assembly, sometimes called drawer slide, is usually used to install extensions, equipment or objects on a rack or cabinet. In these applications, objects like drawers are used The extensible slider is mounted on another — such as a hinged object. Such sliding members usually include at least two extensible sliding members that can slide or rotate relative to each other. Generally, one sliding member is connected to, for example, a cabinet and the other sliding member is connected to, for example, a pumping shoe. Sometimes it is used-drawer slide assembly, but usually two draw slide assemblies are used. Then, the shoe can be pulled out from the cabinet, and the pumping waste 15 is made by the extended slides. stand by. In some applications, it is often advantageous for the sliding members to reliably and repeatedly transfer a load carried by the drawer to the cabinet. When the shoes are in the closed position of the cabinet, The pivot's extended open position and the point in the 'the load transfer should be stable and repeatable. 2 In addition, the load transfer function achieved by the drawn slides should be able to be maintained for a long period of time when the slides are repeatedly extended. -A method for reliably and repeatedly transmitting the moving member with the mosquito-reduced and moving members and the mosquito-retracted sliding member with a pivotal hand is better achieved by the bearings combined with these sliding members, preferably Ground, during operation of the slider assembly, the 'parts A' remain in opposite positions' and are properly positioned. These bearings often use bearing spacers to position each other :: ground. These bearing spacers usually position the bearings at each other. In addition, 'usually these bearing spacers are used in a -2 shirt type, which can be re-used to mean the opening of the drawer drawer's "close", that is, to reset the drawer slider circulating partition to a special position. This usually happens after the second = the sheet has penetrated the slider. Read the rear, or-convex unfortunately the end of the spare part of the net bearing spacer is applied to the spacer = = ground hits the pumping slider During the service life, when the end of the sliding part is slightly hit, the noise produced by the bearing spacer hitting the drawer sliding part is usually two. H must be opened due to opening and Γ splashing. 1] Summary of invention One feature of the slide assembly, the drawer slide is to provide a first sliding member, each slide assembly includes: a second sliding member and a member having an-long flat connecting portion, and the opposite edge of the branch is -The first-bearing track and the TWD connection, and the bearing tracks are generally along the; Tan Lian: = enclosing the 'and bearing spacers, with -th in / long extension;-at least-in the The first end and the second end ^ '-the bearing retaining portion and the bearing are provided at the Bearing spacer = flexible part; and most air-holding parts, and the shaft 200417343 bearing is combined with the first or the second track rolling. 5 Another feature of the present invention is to provide a drawer slide Piece assembly, the drawer slide assembly includes a first sliding member having a long flat connecting portion surrounded by first and second arms, and the first and second arms are connected by the connection The first sliding member forms first and second bearing rails respectively; a second sliding member has a long / flat connecting portion surrounded by the first and second arms, and the first and second The arm is formed by the connecting portion = and forms the first and second bearing rails of the second sliding member. Ίο The spacer has a middle portion surrounded by the end portion, and the middle part may have a miscellaneous section and a bearing. The retaining section; and most bearings are located in the bearing retaining section of the two-piece spacer, in which the shafts and the bearing tracks or the second bearing tracks are rolled and combined .... "-The bearing implements the invention Another feature is that the bearing track is roughly linear and contains: seed wheel_spacer, system In - at least one compressible portion, forlorn means for retaining the bearing; a bearing, with the bit lines in combination with the rolling bearing executors. Wherein the special bearing is another feature of the present invention is to provide a 20-stroke shoe assembly, and includes: a spacer for one opposite to the first end; a ▲ adjacent, a second end Between the second end portion and the second end portion; and the second #holding portion 'is located between the first and second end portions. The 3D solid compression section is located in the first material of the present invention. The slide assembly includes: a first, A, Aihuai 1 drawer slide assembly, the drawer / monthly service component, Xia Nuyi There is an elongated flat connecting part, and the flat connecting part is surrounded by the _th bearing track and the second bearing track in its long direction; a second sliding member having an elongated flat connecting part, and the ten The connecting part of the tank is surrounded by the _th_bearing rail on a second axis = the roadway in its long direction; and the bearing spacer has a -th-end portion, and the first-end portion which is opposite to the first-port Part, one or more bearing retaining parts located between the first and second W, _ or more flexible parts located between the second end of the first spot, and-or more A rolling bearing combined with each of the first and second sliding members. Generally, another feature is to provide a bearing spacer, which is used in a generally linear bearing track. One is used to hold the bearing. Set 1: surround the opposite end of the spacer; / Lai ^ buckle wire bearing of the device and rolling in conjunction with the bearing track in the device for retaining the bearing another trick of the present invention: material β 1 sub-bearing, and ^. Provide a bearing spacer, It is used to roll the end opposite; brother-end; a second end, which is the n-bearing holding section of the first and second ends, has a hole and is located in the first of the first inventions Upper plate U compression unit; and most roller bearings. Learn more. ~~ Signs can be viewed briefly after the description including the drawings shows the three-piece telescopic slider of the present invention; I shows the cross-sectional view of the sliding block of the No. 1; = shows the wheel bearing spacer of the present invention; brother The figure shows another aspect of the present invention — 200417343. FIG. 5 shows another bearing spacer of the present invention. FIG. 6 shows the slider of the hanging drawer using the bearing spacer of the present invention. FIG. 7 shows that it can be used in FIG. The bearing spacer in the sliding member; 5 FIG. 8 shows a bearing spacer similar to that of FIG. 7 and it is cut and held by a slot; FIG. 9 shows another bearing spacer of the present invention; and FIG. 10 shows the present invention. Another bearing spacer; Figure 1M3 shows the bearing spacer with the interlocking feature of the present invention; 10 Figures 14-16 show the bearing spacer of the present invention including reinforced support members; Figures 17-19 show this Invented bearing spacer having a molded elastic structure; and FIG. 20 shows a bearing 15 spacer having a bearing formed using a compressible structure. Embodiment C] Detailed description of the preferred embodiment FIG. 1 shows a drawer slider with a plurality of bearing spacers according to the present invention. As shown in the figure, the drawer slider of FIG. 1 is a three-piece telescopic slider. Like 20, as with many telescopic sliders, the slider in FIG. 1 includes an inner sliding member 11 slidably combined with an intermediate sliding member 13, and the intermediate sliding member 13 is slidably combined with an outer sliding member 15. . The inner sliding member and the intermediate sliding member, and the intermediate sliding member and the outer sliding member are all connected by a plurality of bearings 17, and therefore, the sliding members can also be said to be mutually rollable 9 200417343. The inner sliding member, the middle sliding member, and the outer sliding member have a substantially C-shaped cross section, and are mostly nested with each other. Therefore, the inner sliding member has a sliding member connecting portion 19, and the sliding member connecting portion 19 has an arc-shaped bearing track 21 along a long edge of a flat connecting portion. The intermediate sliding member also has a flat connecting portion 23, and the flat connecting portion 23 has an arc-shaped bearing track 25 along the long edge of the flat connecting portion. Similarly, the outer sliding member also has a flat connecting portion 27, and the flat connecting portion 27 has an arc-shaped bearing guideway 29 along the long edge of the flat connecting portion. The bearing 10 combines the bearing tracks of the inner and middle sliding members, and the bearing also combines the tracks of the middle and outer sliding members. In use, the outer sliding member is usually combined with a cabinet or a bracket, and the inner sliding member is usually combined with a drawer or other objects used to extend from the bracket. 15 Figure 2 shows the cross-section of the slider in Figure 1. As shown in the figure, the cross-section shows a generally C-shaped inner sliding member, middle sliding member, and outer sliding member, and most bearings are combined by these sliding members. The way of flat connection. Please refer to FIG. 1 again. For example, a bearing combined with these intermediate and outer sliding members is provided in the bearing spacer 31. As shown, most 20-bearing spacers are used, and multiple sets of bearings are located within the bearing spacers. Generally, such bearing spacers extend along the length of the drawer slider and have a plurality of recesses or holes that can receive bearings. In this way, the bearing spacers can keep the bearings connected to the bearing spacers at a predetermined position opposite to each other. In the bearing spacer shown in FIG. 1, the bearing spacer further includes a large number of elastic gaps in the bearing spacer which are lacking in the length direction of the 10 5 10 15 20 bearing spacer. —Slightly compressing the gap along its length. The notch also makes the bearing spacer separable-an embodiment of the bearing spacer. The bearing & accommodates most balls. Most of the long holes 101 are also oppositely arranged in pairs in the lengthwise direction. Although the word gap is made by nature, but the deaf-in-force material M can be slightly compressed. In addition, at the position of the pumping ::, the strength C: the defect C in the upward direction is evenly applied to the possibility that the spacers around the defect D are damaged. In addition, it is difficult for the two ends of the butterfly and the two spacers to generate money. In addition, the gaps between 7 and 7 can be compressed in a linear plane within the _ bearing the _ limit of the _ pieces can not be carried out. As shown in the figure: the spacer can accommodate six ball bearing, used to accommodate the flattened two holes along the IJ5 from e A% of the length of the piece in a straight line at the interval and = · relatively missing ° is formed between three holes, so that the advantage of the number of pairs of notches is that the fine force can be divided by most elastic members.
第4圖顯示本發明之 ,,^ 〜一 之另一轴承間隔件，第4圖之間可收 、’·二個軸承’第4圖之間隔件係由塑膠製成且 具有大致矩形 11 200417343 之橫截面。多數軸承係放置、 截面端之各端的孔lu中，接近该間隔件之大致矩形撗 上之脊柱U3連接兩外納部2置在—部份矩形橫截面川 中點處之中間軸承收納部、—大致位在該轴承間隔件之 5該脊柱料長㈣財7兩相對缺 可以被視為以—大致8形圖娈〃 ·夬口 Π9,該等相對缺口 為一彈性構件。 胃术形成該脊杈，該S形圖案係作 第5圖顯示本發明之另 隔件稍微類似於第3圖 由承間隔件，第5圖之軸承間 10隔件包括在各可撓部份處之兩阳件，但是第5圖之軸承間 示’第5圖之軸承間隔件：兩個从上之缺口 201。如圖所 件之一側且另~個在_承；，㈣在_承間隔 第6圖顯示具有本發明之特徵之=；~側。 掛式抽屜滑件包括套 、★政之下掛式抽屜滑件，該下 .5 601，且該第二構件 弟—構件6Q3内之第-構件 内構件具有大致垂直m在該第三構件邮内。該第-或 工夏U接觸一軸承611 二表面_，類似地，該第弟表面_與第 之相對第-盘第1中間構件包括亦可接觸軸承 〇罘一表面613與615。在該箆—、、風去 表面係相對的，使得在1一 在1弟一滑動構件上之 于在邊弟一滑動構件之一 0將會接觸該第二滑動構件上之相對表面。表面上之表面 而第切鱗件“錄扣持乡數料之間隔件， 而弟7圖顯不-用以與第6圖之滑件 1 多HJjr間隔件具有大致矩形之橫戴面，且 通過该轴承間隔件，且在第7圖之間隔件之 12 200417343 例中，該等孔可以收納多數滾子軸承7〇3。某些孔延伸通過 該橫截面之另一方向，這使某些滾子可接觸兩平行表面， 且其他滾子可接觸與該等第一平行表面垂直之平行表面。 該轴承間隔件包括位在該等孔之間的相對缺口 7 0 5，該 5等相對缺口使該轴承間隔件產生一可撓部份。因此，觸抵 該軸承間隔件之—端會使該軸承間隔件在其可撓部份之周 圍產生些許壓縮。 如圖所示，該等孔包括一在該孔之邊緣周圍的倒角柱 707 3倒角柱心用以協助保持該軸承於該孔内，藉此將該 10 軸承扣持在該孔内。 第8圖顯卜轴承_件之另-實補，第謂之軸承 間隔件係類似第7圖之軸承間隔件，但是，第8圖之轴承間 Pw件並未使用延伸枝來將該等轴承保持定位。第謂之轴 承間隔件包括-在該孔周圍形成—完整倒角謝之較窄邊 第9圖顯示類似於第7圖之另—轴承間隔件，如第8圖· 轴承間隔件-般，第9圖之軸相隔件縣包括—延伸知 孔且在其舰周_部份柱體。第9圖之轴承間隔件包括 20 在該孔内Γ㈣I純體如在靠近就之中央處 ΪΓ=轴承之轴。較佳地，且如第9圖所示，該軸; 匕括一用收納作為―轴之柱體的凹部903。 第=顯示本發明之另一轴承間隔件，第·之軸; :^=7如，圖之轴承間隔件。但是，第] 圖之軸承_件包括多數在該轴承間隔件之—端周圍❸ 13 200417343 1001，該等釣可與—延伸件之才主•人 呈矩形且具有多數在各端周圍^ ’邊延伸件係大致 該等轴承間隔件之用途更多樣化。秘1005。該延伸件可使 第11圖顯林翻U — 包括供三個軸承用之孔_承間隔件 -中央孔⑽與兩孔二=隔件之各端附近具有 在該等孔之間，且各似彈菩 /結構形成 寬度方向上提供互相靠 “错由在該轴承間隔件之 該軸承間隔件中有效地 “成廷兩缺口在 ίο 15 20 1109由該缺口之_側V ^似彈簧結構。-延伸桿 一對應切口叫形成在各缺所形成之空間中， 收納由相對側延伸出來之桿二:内各該缺口可 有一桿與一對應切口，且y ®所不’各缺口設置 承間隔件之相對表面附近Γ寺缺口與切口係配置成在該轴 在操作時，對該轴承 隔件以該似彈菁結構為中之端部施力會使該轴承間 時，該等桿可進入該等切口 £、％’當該軸承間隔件屋縮 使得該等似彈簧結構沿兮因此，該等桿無法横向移動， 縮。故該結構有雜防止^轴承間隔件之長向直線地屢 第】2圖顯示另—實二輪承間隔件之扭轉或彎曲。 —，及…二包〜 孔1203之壁的一部份。㈣成為切口以形成一槽 件非直線的移動。μ导可移入槽孔，防止該轴承間隔 苐】3圖顯示本發明 輛承間隔件之另一實施例，在第 34 200417343 13圖之間隔件中，一似 中一缺口 13〇⑴ 3、、'。構係利用三個缺口形成，其 5 10 15 20 來自_£軸相隔件之第—❹另兩個缺口 口包夹。第加^件之相對側，且~_間缺口被相對缺 在該缺口之^之轴承間隔件亦包括多數延伸桿測，且 互相面對 ^各有—延料。料桿由最外側之缺口 13〇7。使用a!，缺口之壁包括一可供該桿通過的槽孔 第13圖^ 壓縮時該等桿會伸入該等槽孔，故 第，車崎間隔件可減少該軸承間隔件之橫向移動。 月之另一軸承間隔件，圖之轴承 ㈣形成且形成—S形彈簧之似科 剛，轉H包括I㈣細彡狀末端的料 用以在壓料軸承門延伸至另—壁’且該脊柱係 圖顯示包括Γ=件時強化該似彈簧回應。第⑽ 件。具有仙於第14圖之純之缺口的軸承間隔 第17圖顯示一具有一鑽石形似彈馨 形似彈簧結構係由該轴承間隔件之具有^ =鑽石 的區段形成’該四邊形橫截面使該 二^_截面 簡可以接近—共同之中間垂直平面=之兩/部咖、 移動可在壓縮該軸承間隔件時產生—之邊緣之 第·顯示另—具有—似彈簧結構之間 ::㈣中’-可壓縮部份，置::承: 之間，該可壓縮部份係由兩U形凹部 *釉承孔 域1805形成。 中央可變形區 15 200417343 第19圖顯示本發明之另一軸承間隔件。第19圖之軸承 間隔件包括三個在各轴承結構之間的可撓連接部1901，在 第19圖之實施例中，該等可撓連接部係由可壓縮之波浪狀 似彈簧結構形成。 5 第20圖顯示本發明之另一軸承間隔件。在第20圖之軸 承間隔件中，設置有一彈簧2001，該彈簧係由，例如，一 螺旋線圈金屬結構形成。在該線圈中設置有間隙2003，以 供放置多數球軸承2005，而該等球轴承係利用該等線圈之 圓形橫截面保持定位。此外，該彈簧具有在各側周圍的端 10 蓋2007，該等端蓋可接觸表面且對該彈簧提供一壓縮力。 因此，本發明提供一可撓式軸承間隔件，雖然本發明 已經以某些特定實施例說明過了，但是在此應了解的是本 發明之範疇係以下申請專利範圍之範疇與其由這說明書所 支持之等效物。 15 I：圖式簡單說明：！ 第1圖顯示本發明之三件式伸縮滑件； 第2圖顯示第1圖之滑件之橫截面圖； 第3圖顯示本發明之軸承間隔件； 第4圖顯示本發明之另一轴承間隔件； 20 第5圖顯示本發明之又一轴承間隔件； 第6圖顯示使用本發明之軸承間隔件之下掛式抽屜滑 件； 第7圖顯示可用於第6圖之滑件中之軸承間隔件； 第8圖顯示一類似於第7圖者且使用切槽扣持之軸承間 16 200417343 隔件； 第9圖顯示本發明之再一轴承間隔件； 第10圖顯示本發明之另一軸承間隔件； 第11-13圖顯示具有本發明之互鎖特微之轴承間隔件； 5 第14-16圖顯示本發明之包括強化支持構件之軸承間 隔件； 第17-19圖顯示本發明之具有模製彈性結構之轴承間 隔件；及 第20圖顯示具有使用一可壓縮結構形成之轴承的軸承 10 間隔件。 【圖式之主要元件代表符號表】 11…内滑動構件 103···缺口 13...中間滑動構件 111···孔 15...外滑動才冓件 113···脊柱 17...軸承 115…部份矩形橫截面 19…滑動構件連接部 117...中間軸承收納部 21···軸承軌道 119···相對缺口 23…平坦連接部 201···缺口 25···轴承軌道 601···第一構件 27…平坦連接部 603·.·第二4冓件 29···軸承軌道 605··.第三構件 31...軸承間隔件 607...第一表面 33···缺口 609···第二表面 101···孔 611...轴承 17 200417343 613…第一表面 1701…鑽石形似彈簧結構 615…第二表面 1703，1705...角部 701···孔 1801...可壓縮部份 703...滾子軸承 1803…凹部 705.··缺口 1805...中央可變形區域 707...倒角柱 1901…可撓連接部 801...倒角 2001...彈簧 901...小柱體 2003...間隙 903…凹部 2005...球軸承 1001···鉤 2007...端蓋 1003...延伸件 1005...T 形柱 1101...中央孔 1103a,b...?L 1105^…似彈簧結構 1107^···缺口 1109··.延伸桿 1111···切口 1201···桿 1203…槽孔 1301".延伸桿 1303,1305...缺口 1307...槽孔 1401···脊柱Figure 4 shows another bearing spacer of the present invention, ^ ~ one of the other bearing spacers, which can be received between Figure 4, '· two bearings'. The spacer of Figure 4 is made of plastic and has a substantially rectangular shape 11 200417343 Its cross section. Most bearings are placed in the holes lu at each end of the cross-section, and the spine U3 on the substantially rectangular ridge near the spacer is connected to the two external receiving portions 2 at the middle bearing receiving portion at a midpoint of the rectangular cross section,- Approximately located at 5 of the bearing spacer, the two relatively missing spine materials, long and thin can be regarded as-roughly 8-shaped figure 夬 · 娈 〃 口 Π9, these relative gaps are an elastic member. The spine is formed by stomach operation. The S-shaped pattern is shown in Figure 5. The other spacer of the present invention is slightly similar to the spacer in Figure 3. The spacer 10 in Figure 5 includes the flexible parts. There are two male parts, but the bearing between Fig. 5 shows the bearing spacer of Fig. 5: two notches 201 from above. As shown in the figure, one side and the other one are in the bearing; and the other is in the bearing interval. Fig. 6 shows the characteristics of the present invention. Hanging drawer slides include sleeves, under-hanging drawer slides, the lower .5 601, and the second component of the first component-the first component within the component 6Q3 has a substantially vertical m in the third component post . The first or Gongxia U contacts a bearing 611 and two surfaces _, similarly, the second surface _ and the first relative intermediate member of the first disc include the surfaces 613 and 615 which can also contact the bearings. In this case, the surface of the wind is opposite, so that on one of the one sliding member and one of the one sliding member 0 will contact the opposite surface on the second sliding member. The surface on the surface and the first cut scale "records the spacers holding the rural materials, and the figure 7 is not shown-to be used with the slide member 1 of Fig. 6. The HJjr spacer has a generally rectangular cross-section, and Through this bearing spacer, and in the 12 200417343 example of the spacer in Figure 7, these holes can accommodate most roller bearings 703. Some holes extend through the other direction of the cross section, which makes some The roller may contact two parallel surfaces, and the other rollers may contact parallel surfaces perpendicular to the first parallel surfaces. The bearing spacer includes a relative gap 7 0 5 between the holes, the 5 and other relative gaps Make the bearing spacer a flexible portion. Therefore, touching the -end of the bearing spacer will cause the bearing spacer to generate some compression around its flexible portion. As shown, the holes include A chamfering column 707 around the edge of the hole 3 The chamfering column core is used to help hold the bearing in the hole, thereby holding the 10 bearing in the hole. Fig. 8 shows the bearing_piece another- Actual supplement, the so-called bearing spacer is similar to the bearing spacer of Fig. 7, but The Pw pieces between bearings in Figure 8 do not use extension branches to keep the bearings in place. The so-called bearing spacers include-formed around the hole-complete chamfering thanks to the narrower edges. Figure 9 shows similar to the first The other part of Figure 7—bearing spacers, as shown in Figure 8 · Bearing spacers—The shaft spacers of Figure 9 include—extending the hole and part of the cylinder around the ship ’s periphery. The bearing spacing of Figure 9 The pieces include 20 Γ㈣I pure body in the hole, such as ΪΓ = the shaft of the bearing near the center of the hole. Preferably, and as shown in Figure 9, the shaft; Recess 903. # = shows another bearing spacer of the present invention, the shaft of the · ;: ^ = 7 For example, the bearing spacer of the figure. However, the bearing of the figure] includes most of the bearing spacer— Around the end 2004 13 200417343 1001, these fishing can be with—the master of the extension • The person is rectangular and has most of the circumference around each end ^ 'The side extension is generally more versatile in the use of these bearing spacers. Secret 1005 .The extension can make the figure 11 show the forest turning U-including the holes for the three bearings _ bearing spacer-the central hole and Hole 2 = There is a space between the holes near each end of the spacer, and each of them resembles each other in the width direction of the structure to provide mutual reliance "effectively" in the bearing spacer of the bearing spacer The two notches are at 15 20 1109. The side of the notch is like a spring structure.-An extension rod corresponding to the notch is formed in the space formed by each notch to accommodate the rod extending from the opposite side. Two: the notch There may be a rod and a corresponding cutout, and each notch is provided near the opposite surface of the bearing spacer. The notch and cutout are configured so that the bearing spacer is in the elastic-like structure when the shaft is in operation. When a force is applied to the middle end, the rods can enter the cutouts. When the bearing spacers collapse, the spring-like structures move along. Therefore, the rods cannot move laterally. Shrink. Therefore, the structure has a long way to prevent the bearing spacers from repeating in a straight line. Figure 2 shows the twisting or bending of the other two-wheel bearing spacers. —, And ... two packs ~ part of the wall of hole 1203. The ridge becomes a cut to form a non-linear movement of the groove. The μ guide can be moved into the slot to prevent the bearing from being spaced.] Figure 3 shows another embodiment of the vehicle bearing spacer of the present invention. In the spacer of Figure 34 200417343 13, one looks like a middle gap 13〇3, '. The structure is formed using three notches, the 5 10 15 20 of which comes from the _ £ shaft spacer—the other two notch clips. On the opposite side of the first piece, and the gap between the _ is relatively missing, the bearing spacers in the gap ^ also include most extension rods, and face each other. The material rod consists of the outermost notch 1307. With a !, the notched wall includes a slot through which the rod can pass. Figure 13 ^ The rods will extend into the slots when compressed, so the Chezaki spacer can reduce the lateral movement of the bearing spacer . Another bearing spacer of the month, the bearing ㈣ of the figure is formed and formed like an S-shaped spring, and the turning H includes a 彡 fine 彡 -shaped end material for extending the bearing door to the other-wall 'and the spine. The diagram shows that the spring-like response is strengthened when Γ = pieces are included. Article ⑽. Bearing gap with pure notch in Figure 14 Figure 17 shows a diamond-like spring-like structure with spring-like structure formed by the bearing spacer's diamond-shaped section 'the quadrilateral cross section makes the two ^ _The cross section can be approximated—the common middle vertical plane = two / parts, and the movement can be generated when the bearing spacer is compressed—the first edge of the edge · shows the other—with—like a spring structure :: ㈣ 中 ' -The compressible part is located between :: bearing: the compressible part is formed by two U-shaped recesses * glaze bearing hole domain 1805. Central Deformable Zone 15 200417343 Figure 19 shows another bearing spacer of the present invention. The bearing spacer of Fig. 19 includes three flexible connecting portions 1901 between the bearing structures. In the embodiment of Fig. 19, the flexible connecting portions are formed by a compressible wave-like spring-like structure. 5 Figure 20 shows another bearing spacer of the present invention. In the bearing spacer of Fig. 20, a spring 2001 is provided, which is formed of, for example, a spiral coil metal structure. A gap 2003 is provided in the coil for placing the majority of ball bearings 2005, and the ball bearings are held in position by the circular cross section of the coils. In addition, the spring has end caps 2007 around the sides which can contact the surface and provide a compressive force to the spring. Therefore, the present invention provides a flexible bearing spacer. Although the present invention has been described in some specific embodiments, it should be understood here that the scope of the present invention is the scope of the following patent application scope Supported equivalent. 15 I: Schematic description:! Figure 1 shows the three-piece telescopic slider of the invention; Figure 2 shows a cross-sectional view of the slider of Figure 1; Figure 3 shows the bearing spacer of the invention; Figure 4 shows another bearing of the invention Spacer; 20 FIG. 5 shows another bearing spacer of the present invention; FIG. 6 shows the slider of the drawer hanging under the bearing spacer of the present invention; and FIG. 7 shows a slider which can be used in the slide of FIG. 6 Bearing spacers; Figure 8 shows a spacer 16 200417343 similar to that of Figure 7 and is cut and held by a slot; Figure 9 shows another bearing spacer of the present invention; Figure 10 shows another aspect of the present invention A bearing spacer; Figures 11-13 show bearing spacers with interlocking features of the present invention; 5 Figures 14-16 show the bearing spacers of the present invention including reinforced support members; Figures 17-19 show this Invented bearing spacer having a molded elastic structure; and FIG. 20 shows a bearing 10 spacer having a bearing formed using a compressible structure. [Representative symbol table of main elements of the drawing] 11 ... Inner sliding member 103 ··· Notch 13 ... Intermediate sliding member 111 ··· Hole 15 ... Outer sliding member 113 ··· Spine 17 ... Bearing 115 ... partial rectangular cross section 19 ... sliding member connecting portion 117 ... intermediate bearing receiving portion 21 ... bearing track 119 ... relative notch 23 ... flat connecting portion 201 ... notch 25 ... bearing track 601 ... First member 27 ... Flat connection portion 603 ... Second second member 29 Bearing track 605 ... Third member 31 ... Bearing spacer 607 ... First surface 33 ... ·· Notch 609 ··· Second surface 101 ··· Hole 611 ... Bearing 17 200417343 613 ... First surface 1701 ... Diamond-like spring structure 615 ... Second surface 1703, 1705 ... Corner 701 ... Hole 1801 ... compressible part 703 ... roller bearing 1803 ... recess 705 .... notch 1805 ... central deformable area 707 ... chamfering post 1901 ... flexible connection part 801 ... chamfer 2001 ... Spring 901 ... Small post 2003 ... Gap 903 ... Recess 2005 ... Ball bearing 1001 ... Hook 2007 ... End cap 1003 ... Extension 1005 ... T-shaped post 1101 ... Central hole 1103a, b ...? L 1105 ^ ... like spring structure 1107 ^ ... notch 1109 ... extension rod 1111 ... cutout 1201 ... rod 1203 ... slot hole 1301 " extension rod 1303,1305 ... notch 1307 ... slot 1401 ... spine
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